- Iron(III)
oxide or
ferric oxide is the
inorganic compound with the
formula Fe2O3. It
occurs in
nature as the
mineral hematite,
which serves as the primary...
- Fe13O19
Oxides of
FeIII Fe2O3: iron(III)
oxide α-
Fe2O3:
alpha phase,
hematite β-
Fe2O3: beta
phase γ-
Fe2O3:
gamma phase,
maghemite ε-
Fe2O3:
epsilon phase goethite...
-
oxide (
Fe2O3)
which also
occurs naturally as the
mineral hematite. It
contains both Fe2+ and Fe3+ ions and is
sometimes formulated as FeO ∙
Fe2O3. This...
-
reactant Fe2O3 mol Fe 2 O 3 =
grams Fe 2 O 3 g / mol Fe 2 O 3 = 20.0 g 159.7 g / mol = 0.125 mol {\displaystyle {\begin{aligned}{\ce {mol~
Fe2O3}}&={\frac...
-
spelled as haematite, is a
common iron
oxide compound with the formula,
Fe2O3 and is
widely found in
rocks and soils.
Hematite crystals belong to the...
-
Maghemite (
Fe2O3, γ-
Fe2O3) is a
member of the
family of iron oxides. It has the same
formula as hematite, but the same
spinel ferrite structure as magnetite...
- (also
known as a spin-flop transition) is a
magnetic phase transition in α-
Fe2O3 hematite where the
antiferromagnetic ordering is
reorganized from being...
-
because aluminium forms stronger and more
stable bonds with
oxygen than iron:
Fe2O3 + 2 Al → 2 Fe + Al2O3 The
products are
aluminium oxide,
elemental iron,...
-
controversial observation of weak
ferromagnetism in
typically antiferromagnetic α-
Fe2O3 crystals. In 1958, Igor
Dzyaloshinskii provided evidence that the interaction...
- or hematite: 85 —
Fe2O3,: 212 a
widespread iron mineral, one of the most
important iron ores; Iron
ochre or limonite: 85 —
Fe2O3·Н2О,: 30 a mixture...